This large-scale rooftop solar project delivers 3.75 MW DC of onsite renewable energy for a major logistics facility in San Diego, CA. The system was designed to maximize available roof space while maintaining clear access for operations, maintenance, and safety requirements.

This 560 kW DC rooftop solar system was developed for a commercial building in New Haven, CT, delivering onsite renewable energy in a dense, urban environment. The project maximizes available roof space while maintaining full building operations and tenant access throughout construction.

This 807 kW DC rooftop solar project was implemented at a commercial facility in Beaumont, CA to convert underutilized roof space into a dependable source of onsite power. The system layout was engineered to work around rooftop equipment and access paths while capturing strong solar exposure typical of Southern California.

This large-scale rooftop solar project delivers 5.67 MW DC of onsite renewable energy for a commercial facility in North Randall, OH. The system was designed to maximize rooftop utilization while maintaining clear access for operations, safety, and long-term maintenance in a region with demanding seasonal conditions.

This rooftop solar project delivers 1.18 MW DC of onsite renewable energy for a commercial facility in Disputanta, VA. The system was designed to efficiently utilize available roof space while maintaining clear access for operations, safety, and long-term maintenance across a large, active site.

This large-scale rooftop solar project delivers 5.6 MW DC of onsite renewable energy for a major commercial facility in Cleveland, OH. The system was designed to fully utilize available roof space while maintaining clear pathways for operations, safety, and long-term maintenance access in a challenging Midwest climate.